Shape of seafloor Benefit of upwelling Effects of el nino Subpolar low Hadley cells Neap tides Upwelling Polar high Vertical Bay of Fundi Surface currents Ferrel cells Factor that creates tides Tidal range Tides Gyre Subtropical high Deep ocean currents Wind patterns Upwelling Coriolis affect Equatorial low Horizontal Spring tides Convection cells Wind Current Warm water El Nino Difference in temperature and salinity Shape of seafloor Benefit of upwelling Effects of el nino Subpolar low Hadley cells Neap tides Upwelling Polar high Vertical Bay of Fundi Surface currents Ferrel cells Factor that creates tides Tidal range Tides Gyre Subtropical high Deep ocean currents Wind patterns Upwelling Coriolis affect Equatorial low Horizontal Spring tides Convection cells Wind Current Warm water El Nino Difference in temperature and salinity
(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.
Shape of seafloor
Benefit of upwelling
Effects of el nino
Subpolar
low
Hadley cells
Neap
tides
Upwelling
Polar
high
Vertical
Bay of Fundi
Surface currents
Ferrel
cells
Factor that creates tides
Tidal range
Tides
Gyre
Subtropical high
Deep ocean currents
Wind
patterns
Upwelling
Coriolis
affect
Equatorial low
Horizontal
Spring
tides
Convection cells
Wind
Current
Warm
water
El Nino
Difference in temperature and salinity